public override NumberCellFormatBase <TValue> DeepCloneWithNegativeNumberDisplayKind(NumberFormatNegativeDisplayKind?negativeNumberDisplayKind)
{
var result = new NullNumberCellFormat <TValue>(
this.NumberOfDecimalPlaces?.DeepClone(),
this.DecimalSeparator?.DeepClone(),
this.DigitGroupKind?.DeepClone(),
this.DigitGroupSeparator?.DeepClone(),
negativeNumberDisplayKind,
this.MissingValueText?.DeepClone());
return(result);
}
protected override CellValueFormatBase <TValue> DeepCloneInternal()
{
var result = new NullNumberCellFormat <TValue>(
this.NumberOfDecimalPlaces?.DeepClone(),
this.DecimalSeparator?.DeepClone(),
this.DigitGroupKind?.DeepClone(),
this.DigitGroupSeparator?.DeepClone(),
this.NegativeNumberDisplayKind?.DeepClone(),
this.MissingValueText?.DeepClone());
return(result);
}
public override StandardCellValueFormatBase <TValue> DeepCloneWithMissingValueText(string missingValueText)
{
var result = new NullNumberCellFormat <TValue>(
this.NumberOfDecimalPlaces?.DeepClone(),
this.DecimalSeparator?.DeepClone(),
this.DigitGroupKind?.DeepClone(),
this.DigitGroupSeparator?.DeepClone(),
this.NegativeNumberDisplayKind?.DeepClone(),
missingValueText);
return(result);
}
/// <inheritdoc />
public bool Equals(NullNumberCellFormat <TValue> other)
{
if (ReferenceEquals(this, other))
{
return(true);
}
if (ReferenceEquals(other, null))
{
return(false);
}
var result = this.MissingValueText.IsEqualTo(other.MissingValueText, StringComparer.Ordinal) &&
this.NumberOfDecimalPlaces.IsEqualTo(other.NumberOfDecimalPlaces) &&
this.DecimalSeparator.IsEqualTo(other.DecimalSeparator) &&
this.DigitGroupKind.IsEqualTo(other.DigitGroupKind) &&
this.DigitGroupSeparator.IsEqualTo(other.DigitGroupSeparator) &&
this.NegativeNumberDisplayKind.IsEqualTo(other.NegativeNumberDisplayKind);
return(result);
}
